4. Using the technique of interrupted mating, five Hfr strains were tested for the sequence in which they transmitted a number of different genes to an F- strain. Each Hfr strain was found to transmit its genes in a unique sequence, as follows (only the first six genes transmitted were scored). 1. A G B F C K 2. FCKDJE 3. D J EHA G 4. J D K C F B 5. F B GAHE A. Place all markers in order on a single circular genetic map. B. Show the location and orientation of the F factor in each Hfr strain. C. For each of the Hfr strains, state which donor-gene marker should be selected in the recipients after conjugation to obtain the highest proportion of recombinants that would be converted to become Hfrs. Strain 1 Strain 2 Strain 3 Strain 4 Strain 5 .